Wide-Area Monitoring and PMU Analytics Course

Name: Advanced Wide-Area Monitoring and PMU Analytics Training Course
Availability: InStock

Connect synchronized measurements, PMU streams, data quality, visualization, oscillation analysis, and event evidence for grid decisions.

Wide-Area Monitoring and PMU Analytics Course

At a glance

Duration: 2 Weeks
Format: Classroom
Cities: London, Trabzon, Marbella, Cape town, Sharm El-Sheikh, Amman and more
Next session: 19 – 30 October 2026, London
Average fee: 14,050 €

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Advanced Wide-Area Monitoring and PMU Analytics Training Course

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Overview

Advanced Wide-Area Monitoring and PMU Analytics Training Course is a two-week course for power system engineers, control-center analysts, protection and stability specialists, utility data engineers, and transmission operations managers who leave with a Wide-Area Monitoring and Analytics Pack. Participants connect synchronized measurement chains, PMU streams, phasor data concentrators, data quality, visualization, oscillation analysis, and event reconstruction. The course turns high-rate phasor data into governed operational evidence. Agile Leaders Training Center develops wide-area monitoring practice.

Who Should Attend

Power system functions responsible for transmission analysis, stability, and operating limits
Control-center functions responsible for situational awareness and event response
Protection functions responsible for disturbance evidence and coordinated schemes
Utility data functions responsible for PMU streams, concentrators, quality, and access
Operations management functions responsible for monitoring use cases and decision governance

The course assumes participants already interpret power-system quantities and operating diagrams; it leaves out PMU product certification, relay setting design, and software coding.

Departments and Industries

The course supports departments and industries that monitor and operate interconnected electric power systems.

Transmission operations, system planning, protection, automation, and control centers
Generation, renewable integration, interconnection, and grid-support functions
Utility data engineering, telecommunications, cybersecurity, and analytics functions
Engineering consultancies, equipment vendors, testing laboratories, and research organizations
Industrial power networks, transport electrification, and critical infrastructure operators

Learning Objectives

By the end of this course, participants will be able to:

Build a wide-area measurement architecture and data-flow map.
Apply IEEE C37.118.2-2024 messaging concepts and PMU data-quality controls.
Analyze phase angle, frequency, oscillation, and disturbance evidence.
Diagnose timing, coverage, consistency, and stream-availability problems.
Evaluate monitoring displays, alerts, and operational use cases.
Build a Wide-Area Monitoring and Analytics Pack.

Course Agenda

Day 1: Frame Wide-Area Monitoring

Wide-Area Monitoring Use-Case Canvas
Synchrophasor Measurement Chain Map
PMU, PDC, and Application Role Model
SCADA and Synchrophasor Comparison Matrix
Monitoring Decision and Evidence Register

Day 2: Examine PMU Measurements

Voltage and Current Phasor Representation Model
Frequency and Rate-of-Change Measure Dictionary
Time Synchronization and Timestamp Trace
PMU Reporting Rate and Latency Profile
Measurement Accuracy and Metadata Record

Day 3: Design Data Concentration

Phasor Data Concentrator Architecture Diagram
PMU Stream Aggregation and Alignment Method
Hierarchical PDC Routing and Redundancy Map
Communication Delay and Availability Budget
Source-to-Application Data Lineage View

Day 4: Apply Data Transfer Concepts

IEEE C37.118.2-2024 Message Structure Map
Configuration, Data, Header, and Command Frame Table
Data Type and Format Validation Checklist
Stream Interface and Protocol Boundary Matrix
PMU-to-PDC Interoperability Test Record

Day 5: Control Synchrophasor Quality

Accuracy, Availability, and Timeliness Scorecard
Coverage and Consistency Assessment Grid
Missing, Stale, and Outlier Data Diagnostic
Timestamp and Topology Alignment Checklist
Data Quality Exception and Remediation Log

Day 6: Build Monitoring Displays

Phase-Angle Difference Visualization Pattern
Frequency and ROCOF Trend Display
Voltage Magnitude and Corridor Stress View
PMU Stream Health and Quality Dashboard
Alert Threshold and Escalation Matrix

Day 7: Analyze Oscillations

Oscillation Detection Signal Review Method
Mode Frequency and Damping Evidence Table
Inter-Area Oscillation Location Map
Event Window and Baseline Comparison Profile
Oscillation Alert Confidence Record

Day 8: Reconstruct Grid Events

Disturbance Timeline Reconstruction Method
Phase-Angle Separation and Recovery Plot
Frequency Excursion and ROCOF Event Profile
Protection Operation and PMU Evidence Crosswalk
Post-Event Analysis Report Structure

Day 9: Govern Operational Use Cases

Wide-Area Monitoring Use-Case Priority Matrix
Display, Alert, and Decision Ownership Model
Data Retention and Access Requirement Register
Monitoring Limitation and Decision-Risk Log
Deployment and Operational Readiness Checklist

Day 10: Practice PMU Analytics Reviews

Exercise: Diagnose a PMU Stream Quality Issue
Exercise: Interpret a Phase-Angle Separation
Exercise: Analyze an Oscillation Event
Exercise: Reconstruct a Grid Disturbance
Capstone: Wide-Area Monitoring and Analytics Pack

Practical Exercises

The course uses suggested activities based on transmission corridors, generation events, renewable integration, and industrial-grid cases.

Suggested activity: trace synchronized measurements from PMUs through concentrators to an operational display.
Suggested activity: diagnose timing, availability, consistency, coverage, and metadata defects in a PMU stream.
Suggested activity: compare phase angle, frequency, damping, and disturbance evidence across an event window.
Suggested activity: present a monitoring use case with limits, thresholds, owners, and response actions.

FAQs

Who suits wide-area monitoring and PMU analytics training, and what does it assume?

Power system, control-center, protection, stability, utility data, and transmission operations functions suit the training. Wide-area monitoring assumes regular interpretation of power-system quantities and operating diagrams.

How does PMU analytics differ from conventional power-system monitoring training?

PMU analytics focuses on time-synchronized phasor streams, phase-angle relationships, high-rate frequency evidence, data concentrators, quality controls, oscillations, and event reconstruction, while conventional monitoring relies on slower and less synchronized operational measurements.

Why is IEEE C37.118.2-2024 relevant to PMU analytics?

IEEE C37.118.2-2024 defines messaging for real-time communication between PMUs, phasor data concentrators, and applications, providing the data-transfer structure that PMU analytics workflows must interpret.

How does PMU data quality affect wide-area monitoring?

PMU data quality affects whether phase angle, frequency, oscillation, and disturbance evidence can be trusted; accuracy, availability, timeliness, coverage, consistency, metadata, and stream paths must be assessed.

What does a wide-area monitoring review produce?

A wide-area monitoring review produces a documented interpretation of system conditions, data limitations, alerts, event evidence, operational implications, decision ownership, and follow-up actions.

Conclusion

Participants take back a Wide-Area Monitoring and Analytics Pack containing architecture maps, data-flow views, quality controls, display designs, oscillation records, event reconstructions, use-case priorities, and readiness checks. It changes raw PMU streams into governed operational evidence. The pack supports traceable monitoring, consistent reviews, and accountable grid decisions.

credits: 5 credit per day

Course Mode: full-time

Provider: Agile Leaders Training Center

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Location	Dates	Duration	Mode	Price
Casablanca	Week 29, 2027 19 – 30 July 2027	2 Weeks	Onsite	€12,000
Toronto	Week 29, 2027 25 July – 5 August 2027	2 Weeks	Onsite	€20,000
Munich	Week 31, 2027 2 – 13 August 2027	2 Weeks	Onsite	€14,000
New York	Week 31, 2027 2 – 13 August 2027	2 Weeks	Onsite	€20,000
Kuala Lumpur	Week 32, 2027 9 – 20 August 2027	2 Weeks	Onsite	€14,000
Baku	Week 33, 2027 16 – 27 August 2027	2 Weeks	Onsite	€15,000
Kuwait	Week 33, 2027 22 August – 2 September 2027	2 Weeks	Onsite	€14,000
Lisbon	Week 34, 2027 23 August – 3 September 2027	2 Weeks	Onsite	€14,000
Barcelona	Week 35, 2027 30 August – 10 September 2027	2 Weeks	Onsite	€14,000
Abu Dhabi	Week 35, 2027 30 August – 10 September 2027	2 Weeks	Onsite	€14,000
Milan	Week 36, 2027 6 – 17 September 2027	2 Weeks	Onsite	€14,000
San Diego	Week 37, 2027 13 – 24 September 2027	2 Weeks	Onsite	€16,000
Geneva	Week 37, 2027 19 – 30 September 2027	2 Weeks	Onsite	€18,000
Dubai	Week 39, 2027 27 September – 8 October 2027	2 Weeks	Onsite	€13,000
Montreux	Week 40, 2027 4 – 15 October 2027	2 Weeks	Onsite	€18,000
Seoul	Week 41, 2027 11 – 22 October 2027	2 Weeks	Onsite	€18,000

Frequently asked questions

What does this course cover?

OverviewAdvanced Wide-Area Monitoring and PMU Analytics Training Course is a two-week course for power system engineers, control-center analysts, protection and stability specialists, utility data engineers, and transmission operations managers who leave with a Wide-Area Monitoring and Analytics Pack. Participants connect synchronized measurement chains,…

Are training dates available?

Yes. Available dates and destinations are listed in the course dates section on this page.

How can I register?

Choose an available date on this page and complete the registration form, or send a programme enquiry.

Can I download the course brochure?

Yes. Use the brochure download link provided on this page.

Wide-Area Monitoring and PMU Analytics Course